Quote (card_sultan @ Mar 29 2017 11:10am)
What a surprise - you cherry picked the definition on a word to make it fit your bias, ha. What word would you suggest that could efficiently describe the difference between the properties of a bowl of Jello and and that of an Ice cube are the exact same because they're both made of water, because that is what you doing when you're saying a slinky is a spring. And rigid itself does not always mean just completely inflexible ever - as in only the man of steel could bend it. In mechanics it referes to being able to transfer tension from one end to the other, that it remains rigid in space.
I notice you didn't include these definitions of that word because you're completely intellectual dishonest to yourself and everyone.
4. exacting; thorough; rigorous:
a rigid examination.
5.
so as to meet precise standards; stringent:
lenses ground to rigid specifications.
6.
Mechanics. of, relating to, or noting a body in which the distance between any pair of points remains fixed under all forces; having infinite values for its shear modulus, bulk modulus, and Young's
modulus.
A Slinky does not remain rigid in space when tension is applied at opposite ends and is therefore not a spring.
Are you retarded? The red highlight is the exact opposite for what happens with springs. Take any spring and push or pull the ends, the distance between every coil will change. That's the whole point of springs, that's how they work.
Here's a picture to help your feeble mind grasp what happens to springs. Fx is a "force", the same word as in your red highlight where it says "all forces".
Lo is the initial distance between two ends of the spring. In other words, it's a "distance between a pair of points".
Lx is the distance between the same points after a force is applied.
As we can see, "the distance between a pair of points does not remain fixed under a force". In a rigid body, "the distance between a pair of points remains fixed under a force". Do you see the conflict here?
This post was edited by russian on Mar 29 2017 02:23pm